best air purifiers comparison chart showcasing HEPA, UV, PCO, and AirROS technologies for commercial use

Best Air Purifiers for Your Business

Ensuring a healthy and safe environment for employees and customers is a top priority for businesses today. With many air purification technologies available, choosing the best air purifiers can seem overwhelming. This guide aims to simplify the decision-making process by providing a detailed overview of available technologies, from traditional methods to innovative solutions like the AirROS system, 

Traditional and Modern Air Purification Technologies

Mechanical Filters: 

HEPA filters represent the gold standard in mechanical filtration, capturing 99.97% of particles as small as 0.3 microns. They are indispensable for businesses that remove dust, pollen, and other particulates from indoor air.

Activated Carbon Filters: 

These filters are excellent at adsorbing gases and odours, utilizing activated carbon’s vast surface area. Whilst not effective against particulates, they are crucial for maintaining a neutral and fresh indoor environment.

Ionizing Purifiers

By emitting negative ions, these purifiers attract and neutralize airborne particles. However, they may produce ozone as a byproduct, necessitating careful consideration of their placement and use.

Ultraviolet Germicidal Irradiation (UVGI): 

UVGI uses UV light to kill or inactivate microorganisms. It’s a chemical-free air purification method. It’s effective in healthcare settings. However, its effectiveness is limited to directly exposed areas. UV light can create shadows, leaving some areas untreated. This means hard-to-reach areas may not be disinfected. Also, the effectiveness of UVGI depends on exposure time. Quick-passing pathogens may not be exposed long enough to be killed. This highlights the need for a comprehensive purification strategy. UVGI should not be the sole solution..

Photocatalytic Oxidation (PCO): 

In these systems, UV light activates a photocatalyst, creating radicals that break down contaminants, making them effective against various pollutants. However, PCO is not suitable for surface treatment. It only treats air within a short distance from the device. Covering a large room requires multiple units. Maintaining several devices can become costly.

Electrostatic Precipitators: 

These devices capture particles using an electric charge, efficiently removing dust, smoke, and pollen from the air. They require regular maintenance to clean the collected particles.

Ozone Generators: 

Whilst effective against certain odours and microorganisms, ozone generators must be used cautiously due to the potential health risks associated with high levels of ozone exposure. This is only good for shock treatment methods. 

Dry Hydrogen Peroxide (DHP) Systems: 

DHP systems offer a novel approach by dispersing dry hydrogen peroxide into the environment and sanitizing air and surfaces without wet residues or harmful byproducts.

Chemical Foggers: 

These devices provide targeted disinfection, distributing disinfectant as a fine mist to ensure comprehensive surface coverage. They are particularly useful for deep cleaning and outbreak management but require careful handling.

Introducing the AirROS System: Advanced Air and Surface Sanitation

The (USA Made) AirROS system stands out with its innovative use of Reactive Oxygen Species (ROS) to purify air and surfaces. By generating hydrogen peroxide and ozone that react to form trioxidane, AirROS offers comprehensive environmental sanitation. Its dual-phase cleaning process and smart monitoring capabilities set a new standard in air purification technology.

The Ultimate Checklist for Selecting Best Air Purifiers

When researching the best air purifiers for your business, consider the following checklist to ensure you choose a system that offers comprehensive protection and efficiency:

  • Treat All Surfaces: Ensure the system can sanitize all surfaces, not just the air near the device.
  • Low Electricity Usage: Prioritize energy efficiency for cost-effective operation.
  • 24/7 Monitoring: Look for systems capable of continuous monitoring to maintain consistent air quality.
  • Sanitizer Production: Opt for purifiers that produce a sanitizer for active purification.
  • Organic and Chemical-Free: Favor organic solutions that do not rely on harmful chemicals.
  • Safety in Occupied Spaces: Ensure the system is safe for use around people.
  • Manual Adjustments: Flexibility in controlling the unit’s power is essential for accommodating different conditions.
  • High-Quality Air & Surface Purification: Invest in a superior system to protect against health risks and maintain a clean environment.

The right air purification technology is critical for maintaining a healthy and safe commercial space. You can confidently choose a system that meets your specific needs by considering the range of available options and adhering to the comprehensive checklist provided. 

The AirROS system, with its advanced ROS technology, represents the forefront of air purification, ensuring your business is equipped to provide a clean and safe environment for everyone.

Discover the AirROS system and elevate your business’s air quality today. Choose AirROS for a healthier, more secure environment that everyone will appreciate.

FAQ’s On The Air Purification Systems

Mechanical Filters (HEPA)

  1. How do HEPA filters work?

HEPA filters force air through a fine mesh that traps harmful particles such as pollen, pet dander, dust mites, and tobacco smoke.

  1. Can HEPA filters capture viruses?

Yes, HEPA filters can capture particles as small as 0.3 microns, which includes many viruses. However, they cannot capture volatile organic compounds (VOCs) or odours or kill pathogens, only collect.

  1. How often should HEPA filters be replaced?

The replacement schedule can vary based on usage and environment, but replacing HEPA filters every 6-12 months is generally recommended.

Activated Carbon Filters

  1. What do activated carbon filters remove from the air?

Activated carbon filters are excellent at removing gases, odours, and VOCs from the air due to their porous texture.

  1. Can activated carbon filters remove particles?

No, activated carbon filters are not designed to remove particles. They are typically used in conjunction with other types of filters, like HEPA, to provide comprehensive air purification.

  1. How often do you need to replace activated carbon filters?

It depends on air quality and usage, but activated carbon filters should generally be replaced every 3 to 6 months.

Ionizing Purifiers

  1. Do ionizing purifiers produce ozone?

Yes, some ionizing purifiers can produce a small amount of ozone as a byproduct, but many are designed to keep ozone production below harmful levels.

  1. Are ionizing purifiers effective against allergens?

Yes, ionizing purifiers can help reduce allergens in the air by causing particles to clump together and fall out of the air. However, as the particles clump together with ions, they fall on surfaces, and you will notice more dust on surfaces as a result.

  1. How do ionizing purifiers differ from HEPA filters?

Ionizing purifiers charge particles in the air and make them settle onto surfaces, whilst HEPA filters physically trap particles passing through the filter media.

Ultraviolet Germicidal Irradiation (UVGI)

  1. How does UVGI purify the air?

UVGI uses ultraviolet light to kill or inactivate microorganisms, effectively purifying the air of pathogens like bacteria, viruses, and moulds.

  1. Is UVGI safe for use in occupied spaces?

Yes, when properly installed and used within an air purifier or HVAC system, UVGI is safe and does not expose occupants to UV radiation.

  1. Can UVGI filters clean the air of particles?

No, UVGI primarily targets microorganisms and does not remove dust, pollen, or other non-living particles from the air.

Photocatalytic Oxidation (PCO)

  1. What pollutants does PCO technology target?

PCO technology targets various pollutants, including VOCs, bacteria, viruses, and moulds, by oxidizing them upon contact.

  1. Is PCO technology effective on its own?

Whilst PCO technology is effective against various pollutants, it is often used with other filtration methods for comprehensive air purification. However, it is not effective for surface sanitation.

  1. How does PCO technology differ from UVGI?

Both use UV light, but PCO also involves a photocatalyst, typically titanium dioxide, to initiate a chemical reaction that breaks down pollutants. In contrast, UVGI directly uses UV light to kill or inactivate microorganisms.

Dry Hydrogen Peroxide Systems

  1. What are Dry Hydrogen Peroxide systems, and how do they purify the air and surfaces?

Dry Hydrogen Peroxide Purification systems disperse hydrogen peroxide in a dry, gaseous form into the environment, sanitizing air and surfaces by breaking down contaminants and microorganisms.

  1. Dry Hydrogen Peroxide Purification safe for use in occupied spaces?

Yes, Dry Hydrogen Peroxide Purification systems produce hydrogen peroxide at levels considered safe for humans, allowing for continuous operation in occupied spaces.

  1. How often do Dry Hydrogen Peroxide Purification systems require maintenance?

DHP systems’ maintenance frequency can vary depending on the model and usage, but they generally require less frequent maintenance than traditional filters.

Chemical Foggers

  1. What are chemical foggers used for in air purification?

Chemical foggers disperse disinfectants and sanitizers into the air and onto surfaces, targeting pathogens and contaminants in high-risk areas.

  1. Are chemical foggers safe for use around people and pets?

Whilst effective, chemical foggers often require the treated area to be vacated during application and for a period afterward to ensure safety. This can’t not be used whilst people are present or pets.

  1. Can chemical foggers be used as the sole air purification solution?

Chemical foggers are best used for deep cleaning and disinfection with other air purification methods for continuous air quality management.

1. What Makes AirROS Different from Other Air Purifiers?

AirROS stands out due to its unique ability to generate Reactive Oxygen Species (ROS), including hydrogen peroxide and ozone, which react to form trioxidane. This purifies the air and sanitizes surfaces, offering a comprehensive solution for indoor environments. Unlike traditional purifiers that may target either air or surfaces, AirROS achieves both, effectively extending its purification reach beyond airborne contaminants to include surface-bound pathogens and pollutants. Its dual-phase cleaning process and smart monitoring system ensure optimal performance and adaptability to varying indoor conditions.

2. Is the AirROS System Safe for Use in Occupied Spaces?

Yes, the AirROS system is designed with safety in mind for use in occupied spaces. It produces Reactive Oxygen Species (ROS) at very low levels, specifically within safety standards, ensuring no harmful exposure to occupants. The system’s advanced control and sensor technology constantly monitors and adjust ROS production to maintain a safe and effective purification environment, making it suitable for continuous operation in homes, offices, and other public spaces without requiring evacuation or special precautions.

3. How Does the AirROS System Benefit Commercial Spaces?

Commercial spaces, including offices, retail environments, and healthcare facilities, can significantly benefit from the AirROS system’s advanced purification capabilities. By effectively sanitizing air and surfaces, AirROS helps reduce the spread of viruses, bacteria, and other pathogens, contributing to a healthier indoor environment. This is particularly advantageous in areas with high foot traffic or where maintaining cleanliness is paramount for health and safety standards. Additionally, the system’s ability to dynamically adjust to the room’s conditions ensures efficient operation, potentially lowering energy costs and reducing the need for frequent maintenance. Implementing AirROS demonstrates a commitment to the well-being of employees, customers, and clients, enhancing the overall perception of the business.

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